<--- Back to Details
First PageDocument Content
Scheduling / Operations research / Applied mathematics / Mathematics / Makespan / Algorithm / Online algorithm / Economy / Job shop scheduling / Flow shop scheduling
Date: 2013-11-25 11:05:06
Scheduling
Operations research
Applied mathematics
Mathematics
Makespan
Algorithm
Online algorithm
Economy
Job shop scheduling
Flow shop scheduling

Scheduling with Unexpected Machine Breakdowns Susanne Albers Gunter Schmidty Abstract

Add to Reading List

Source URL: www14.in.tum.de

Download Document from Source Website

File Size: 224,96 KB

Share Document on Facebook

Similar Documents

Hardness of Approximating Flow and Job Shop Scheduling Problems MONALDO MASTROLILLI, IDSIA, Lugano, Switzerland OLA SVENSSON, EPFL, Switzerland 20 We consider several variants of the job shop problem that is a fundamenta

DocID: 1uCRt - View Document

Economy / Business / Scheduling / Operations research / Theoretical computer science / Manufacturing / Planning / Notation for theoretic scheduling problems / Single-machine scheduling / Algorithm / Job shop scheduling / Flow shop scheduling

Radboud Universiteit Nijmegen Master Thesis Mathematics Scheduling with job dependent machine speed

DocID: 1rrDA - View Document

Operations research / Scheduling / Mathematical optimization / Combinatorial optimization / Job shop scheduling / Mathematics / Mathematical analysis / Applied mathematics / Permutations

Microsoft Word - IBSAlgorithms.doc

DocID: 1rkGY - View Document

Scheduling / Operations research / Mathematics / Applied mathematics / Computer science / Makespan / Online algorithm / Job / Competitive analysis / Algorithm / Optimization problem / Job shop scheduling

239 Documenta Math. Ronald Graham: Laying the Foundations of Online Optimization

DocID: 1r1tq - View Document

Computational complexity theory / Theory of computation / Analysis of algorithms / Operations research / Scheduling / Algorithm / Mathematical logic / Theoretical computer science / Time complexity / NC / Job shop scheduling

Minimizing maximum (weighted) flow-time on related and unrelated machines S. Anand1 Karl Bringmann2 Tobias Friedrich3 Naveen Garg1 Amit Kumar1 1

DocID: 1qWKb - View Document